LINEAR Buck Converter Eases the Task of Designing Auxiliary Low Voltage Negative Rails Design Note 458 handbook

More Linear Technology Manuals

• LINEAR Digitize a $1000 Sensor with a $1 Analog-to-Digital Converter Design Note 456 Mark Thoren
• LINEAR Single-Ended to Differential Ampli er Design Tips Design Note 454 Philip Karantzalis Tim Regan
• LINEAR Low Pro le Synchronous 2-Phase Boost Converter Produces 200W with 98% Ef ciency Design Note 455 by Victor Khasiev
• LINEAR Programmable Baseband Filter for Software-De ned UHF RFID Readers Design Note 432 Philip Karantzalis
• LINEAR Power Monitor for Automotive Telecom Applications Includes ADC I 2C Interface Design Note 452 handbook
• LINEAR 4-Phase Boost Converter Delivers 384W with no Heat Sink Design Note 453 handbook
• LINEAR Current Sense Amp Inputs Work from 0.3V to 44V Independent of Supply Design Note 451 handbook
• LINEAR Supercapacitors Can Replace a Backup Battery for Power Ride-Through Applications Design Note 450 Jim Drew
• LINEAR 12-bit DAC in TSOT-23 Includes Bidirectional REF Pin for Connection to Op Amp or External High Precision Reference Design Note 448 Kevin Wrenner Troy Seman Mark Thoren
• LINEAR Triple LED Driver in 4mm × 5mm QFN Supports LCD Backlights in Buck Boost or Buck-Boost Modes Delivers 3000:1 PWM Dimming Ratio Design Note 449 Hua (Walker) Bai
• LINEAR Module LED Driver Integrates All Circuitry Including the Inductor in a Surface Mount Package Design Note 445 David Ng
• LINEAR A Complete Compact APD Bias Solution for a 10Gbits/s GPON System Design Note 447 Xin Qi
• LINEAR Dual 8A DC/DC Module Regulator Is Easily Paralleled for 16A Design Note 446 Eddie Beville Alan Chern
• LINEAR Ideal Diodes Protect Against Power Supply Wiring Errors Design Note 444 Meilissa Lum
• LINEAR Step-Down Synchronous Controller Operates from Inputs Down to 2.2V Design Note 443 Wei Gu

View all Linear Technology manuals →